Chemical Engineering

Shape the future of innovation with the University of Groningen’s BSc in Chemical Engineering. This three-year, full-time program equips you with the scientific knowledge and engineering expertise to become a versatile chemical engineer. Address global challenges and develop sustainable solutions through this stimulating and dynamic degree program.

Become a Process Innovator: Master the fundamentals of chemical engineering, including chemical reaction kinetics, thermodynamics, mass and heat transfer, process design, and control. Learn to design, optimize, and scale up chemical processes for safe and efficient production.

Focus on Sustainability: The program emphasizes sustainable practices throughout the curriculum. Explore topics like green chemistry, renewable energy sources, and waste minimization, equipping you to engineer solutions for a sustainable future.

Develop Your Technical Expertise: Gain proficiency in essential tools and technologies used in the chemical engineering industry, including process simulation software, data analysis tools, and potentially, laboratory equipment (depending on chosen program variations).

Project-Based Learning: Develop your problem-solving and teamwork skills through engaging chemical engineering projects.

International Learning Opportunities: The University of Groningen fosters a global learning environment. Explore exchange programs, international internships, or participate in study abroad semesters, gaining valuable international experience in your field.

Professional Preparation: Refine your communication, teamwork, and critical thinking skills throughout the program. Learn about career opportunities, resume writing, and interviewing techniques to prepare for a successful career launch.

Graduates emerge as well-rounded chemical engineers prepared for diverse careers in various fields, including:

• Process engineering (designing, operating, and optimizing chemical production processes)
• Product development (developing new and improved chemical products)
• Environmental engineering (focusing on sustainable practices and pollution control)
• Research and development (contributing to innovation in the chemical industry)
• Consulting (providing expertise to companies in the chemical and related sectors)
• Further studies in chemical engineering or related fields (e.g., materials science, biochemical engineering)